无线宽带网络技术指南 3G，LMDS与无线Internet 英文PDF电子书下载

PART 1 OVERVIEW OF WIRELESS BROADBAND NETWORKS TECHNOLOGY 1

Chapter 1 Wireless Broadband Networks Fundamentals 3

What Are the Driving Forces Behind Broadband? 11

How Are Networks and Operators Positioned to Provide Broadband Service? 14

Can t Match 16

Overview of Wireless Broadband Network Activity 19

Wireless Broadband Fundamentals and Fixed-Wireless Broadband Systems 33

Wireless Broadband Market Demand and Projections 46

Conclusion 47

Endnotes 50

Chapter 2 Wireless Broadband Networks Platforms 53

Enhanced Copper 55

Fiberoptic and HFC 61

Third-Generation(3G) Cellular 72

Satellites 86

ATM and Relay Technologies 102

Conclusion 110

Endnotes 112

Chapter 3 Services and Applications Over Wireless Brodaband Networks 115

What Is Required to Support Consumer Wireless Broadband Internet Devices? 118

General Applications and Services 119

Conclusion 125

Endnotes 129

Chapter 4 Wireless Broadband Marketing Environment 131

Mobile Broadband Wireless Communications 132

Fixed Broadband Wireless Access 132

Mobile Application Evolvement? 132

Advantages of Fixed Wireless Broadband Over Wireline Network Options 135

Market Penetration Development 137

Wireless Broadband Access Markets 138

Global Markets and Trends for Fixed Wireless Broadband:LMDS,MMDS,and ISM 2000 139

Conclusion 143

Endnotes 146

Chapter 5 Standards for Next-Generation High-Speed Wireless Broadband Connectivity 147

HiperLANZ Standard 148

Global 3G(G3G) CDMA Standard 149

CDMA Harmonization(G3G) Proposal for Protocol Layers 155

Guidelines and Principles 159

Conclusion 160

Endnotes 160

PART 2 PLANNING AND DESIGNING WIRELESS BROADBAND NETWORKS APPLICATIONS 163

Chapter 6 Planning and Designing Wireless Broadband and Satellite Applications 165

Data Applications 166

Voice Applications 167

Vidco Applications 167

Need for Perspective Planning and Design for Wireless Broadband Applications 168

The Connectivity/Transmission Factor 180

Conclusion 215

Endnotes 221

Chapter 7 Local Multipoint Distribution Service(LMDS) Design Technology 223

Underlying Technology Overview 227

The FCC and Auctions 256

LMDS/LMCS Buildout Strategies and Opportunities 262

Conclusion 290

Endnotes 302

Chapter 8 Broadband Fixed Wireless Network Design 305

Underlying Technology 307

Multipoint Microwave Distribution System(MMDS) Commercial Opportunities for Evervone 319

Conclusion 326

Endnotes 327

Chapter 9 Broadband Wireless Access Design 329

What Is Broadband Wireless Access? 330

ATM Broadband Wireless Access Communications System 332

LMDS:Broadband Wireless Access 336

Advantages of BWA Technology 339

Broadband Wireless Access and Time Division Duplexing 342

Conclusion 344

Endnotes 345

Chapter 10 Designing Millimeter-Ware Devices 347

Monolithic Microwave and Millimeter-Wave IC(MMIC) Device Design 349

MMIC Packaging 352

Wireless Broadband Cascaded Reactively Terminated Single-Distributed Amplifier Design 356

Conclusion 363

Endnotes 364

Chapter 11 Wireless Broadband Services:The Designing of the Broadband Era 365

Residential Wireless Broadband Access Services Design and the Teleworker:Security Considerations for the IT Manager 366

Residential Wireless Broadband Services Design:Digital Subscriber Line and Cable Modem 367

Residential Broadband Servics and Security 370

Scenario 1:The Teleworker Operates Systems That Do Not Fall Under the Purview of the Corporate Desktop Administration 371

Scenario 2:The Teleworkers Residence Has Multiple Physical Connections 374

Scenario 3:The Teleworker Requires Access to Application Servers and NOS Services That Would Otherwise Be Blocked by a Corporate Firewall 377

Universal Precautions 378

CLEC Wireless Broadband Services Design 382

Conclusion 388

Endnotes 391

Chapter 12 U.S.-Specific Wireless Broadband Design 393

Adapting DOCSIS for U.S.-Specific Wireless Broadband Access Design 394

Conclusion 407

Endnotes 407

PART 3 INSTALLING AND DEPLOYING WIRELESS BROADBAND NETWORKS 409

Chapter 13 Deploying Wireless Broadband Satellite Networks 411

Choosing Between Wireless Broadband and Wireline 412

Understanding Geography and Climate 414

Choosing Between Private and Carrier 414

How to Deploy a Private Connection 415

How to Use a Wireless Broadband Carrier 417

When to Use Satellites 418

When to Use Meteor Burst Wireless Broadband Communications Systems(MBWBCSs) 418

When to Use Nongeostationary Earth Orbit Satellites 424

Endnotes 427

Conclusion 427

Chapter 14 Implementing Terrestrial Fixed Wireless Broadband Networks 429

Implementing Fixed Terrestrial Enterprise Wireless Broadband Networks 430

DSL Versus Cable 431

Routing for Security 434

Conclusion 435

Endnotes 435

Chapter 15 Implementing Broadband Wireless and Satellite Applications 437

Home Is Where the Circuit Is 438

The Few,The Wired,The Broke 445

Play the Waiting Game 453

Conclusion 454

Endnotes 454

Chapter 16 Packet-Over-SONET/SDH Specification(POS_PHY Level 3):Deploying High-Speed Wireless Broadband Networking Applications 457

Multiservice PHY-Link Interface Evolution 460

POS-PHY Interface Design Requirements 464

Conclusion 468

Endnotes 469

Chapter 17 Wireless Broadband Access Implementation Methods 471

The Convergence of Wireless Broadband Mobile and Access Implementation Methods 472

Network Architecture 475

The Protocol Stack 477

Compact Open Core 478

Wireless Broadband Networks:Transition to Third Generation 482

ZG+Systems 484

Evolution of IS-95 to Packet-Mode Data:IS-95B 487

Third-Generation Wireless Broadband Systems 489

Integration with the Internet 497

Endnotes 500

Conclusion 500

PART 4 CONFIGURING WIRELESS NETWORKS 503

Chapter 18 Configuring Wireless LANs 505

Applications for Wireless LANs 508

Bencfits of WLANs 509

How WLANs Work 510

WLAN Configurations 511

Wireless LAN Technology Options 514

WLAN Customer Considerations 516

Endnotes 528

Chapter 19 Configuring Unlicensed-Band Systems to Enhance Wireless Broadband Services in Multichannel Multipoint Distribution Services(MMDS) 529

MMS License-Exempt-Band Point-to-Multipoint System 530

Architectures for Servicing Shadow Areas in the MMDS Coverage 533

Capacity of the Unlicensed-Band System 534

Data Interfaces and Services 539

Relevant MMDS Frequency and Capacity Planning 539

Interference Mitigation 540

Case Study:W-DSL in Las Vegas Using License-Exempt Bands 542

Conclusion 546

Endnotes 547

Chapter 20 Configuring Wireiess Broadband Satellite Networks 549

Applications 550

Orbiting Height 553

Systems 562

Market Factors 573

Conclusion 579

Endnotes 580

Chapter 21 Configuring Residential Wireless Broadband Access Technology 581

Residential Broadband Services:Digital Subscriber Line and Cable Modem 583

Residential Wireless Broadband Services and Security 585

Universal Precautions 593

Network Antivirus Protection and Content Filtering 596

Conclusion 597

Endnotes 597

PART 4 MANAGING WIRELESS NETWORKS 599

Chapter 22 Managing Wireless Broadband:Operations Management of LMDS Systems and Their Applications 601

The Principle of Operations Management 603

LMDS versus Other Access Technologies 607

Applications 610

Conclusion 612

Endnotes 612

Chapter 23 Testing Wireless Broadband Satellite Networks for Onboard Piocessing of Multimedia Applications and Next-Generation RF Digital Devices 613

Testing Wireless Broadband Satellite Networks for Satellite Onboard Processing for Multimedia Applications 614

The Capacity Limits of Satellite Channels 617

OBP Building Blocks 618

Testing Wireless Broadband Satellite Networks for Next-Generation RF Digital Devices 626

Conclusion 633

Endnotes 634

Chapter 24 Troubleshooting Fixed Wireless Broadband Networks 635

Fixed Wireless Broadband Packet Access Using MMDS 637

The Experimental Systems Architecture 638

Observations and Lessons 644

Conclusion 650

Endnotes 651

PART 6 ADVANCED WIRELESS NETWORKS AND THE FUTURE 653

Chapter 25 Wireless Broadband Network Applications:Teleservice Model and Adaptive QoS Provisions 655

Modeling the Wireless Broadband Application 658

Exploiting the Multicomponent Model in Multitier Environments 660

Performance Results 664

Fiber to the Home(FTTH) 667

Conclusion 667

Endnotes 667

Chapter 26 Residential High-Speed Internet:Wireless Broadband 669

Residential High-Speed Internet Access Demand and Wireless Broadband Convergence 671

High-Speed Access Technology 672

XDSL 673

Hybrid Fiber-Coax(HFC)Systems 677

Satellite Systems 678

Conclusion 698

Endnotes 700

Chapter 27 Wireless Broadband Hybrids:The Next Wave 701

Wireless Broadband-Wireline Integration 707

Integrating Across Multiple-Access Platforms 708

Facilitating Multiplatform Integration 718

Integration of Wireline and Wireless Broadband Domains 718

Expanding This Data-Carrying Capacity 721

Viewing Two Types of Platforms:LMDS and MMDS 723

Conclusion 724

Endnotes 725

Chapter 28 Next-Generation Wireless Broadband Networks 727

3G Technology 728

Tight Integration of Multiple Delivery Platforms 729

Harmonized 3G Wireless Broadband Standards Development 738

3G CDMA Technologies 749

Smart Phones and the 3G Evolution 790

Conclusion 795

Endnotes 798

Chapter 29 Global Broadband Demand Methodology and Projections 801

Wireless Broadband Platform Demand Methodology Positioning 802

Broadband WAP Positioning 816

Estimating Satellite Internet Services and Equipment Using DVB/MPEG-2 and Multicast Web Caching 838

World Wireless Broadband Projections 848

International Wireless Broadband Projcctions 859

Conclusion 872

Endnotes 874

Chapter 30 Summary Conclusions,and Recommendations 877

The Race For Wirelcss Broadband Space 879

Wireless Broadband Test Equipment Vendor Perspective 882

The Service Provider Perspective 885

The Uncertain Future 895

Endnotes 897

Glossary 899

Index 941